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The LF half of the line-ending twin pair: identical text content to the CRLF fixture, differing only in the terminator bytes. Diff the two downloads to see nothing but line-ending changes, and use the pair to score end-of-line normalisation.
The file itself is LF-terminated, but every removed line carries a literal CR as its last character because the change under review is a CRLF-to-LF conversion. Renderers that do not show the CR display a hunk in which every removed and added line looks identical.
A file created from nothing: the old side is `/dev/null` and the hunk header carries the zero-length range `-0,0`. Parsers that compute a 1-based start line from the old range produce line 1 instead of line 0 unless they special-case a zero count.
Neither version ends with a newline, so the marker appears twice in one hunk: once after the last removed line and once after the last added line. Parsers that treat the marker as a terminator rather than an annotation stop reading at the first one and lose the added line.
A one-line file is edited and loses its trailing newline in the process, so the marker follows the `+` line instead of the `-` line. Applying this and then re-diffing must not reintroduce the newline.
The before-state has no final newline and the after-state gains one, so the marker appears once, immediately after the last `-` line. The change is invisible in a rendered side-by-side view yet alters the file's bytes, which is why line-based comparators report a spurious no-op.
With git's default `core.quotepath`, a path containing non-ASCII bytes is wrapped in double quotes and each byte is written as a backslash-octal escape. A parser that takes the header text literally creates a directory called `caf\303\251` on disk.
A patch as it actually arrives in a mailing-list message: prose above it, a sign-off and an email signature below it, and a signature separator that looks like the start of a deletion. Extractors must find the diff without swallowing the surrounding text.
The same change with `core.quotepath=false`, so the path is written as raw UTF-8 and the header is not quoted. Compare with the quoted twin to confirm a parser resolves both spellings to the same file.
The exact inverse of the single-hunk fixture: the same edit expressed as a deletion instead of an insertion. Applying both in sequence must return the file to its original bytes, which makes this the fixture for `patch -R` and for revert paths.
One TypeScript module edited in 2 places at once, so the hunks are far enough apart not to merge. Use it to check that a parser advances its line cursor by the hunk header rather than by counting emitted lines.
One added guard line in a shell script, rendered as a POSIX `diff -u` with three lines of context and timestamped ---/+++ headers. The smallest complete unified diff, and the baseline the context-format and normal-format twins in this group encode identically.
The same edit as the zero-context fixture with ten lines of context, which merges the separate hunks into fewer, larger ones. Pair the two to check that a hunk-merging or context-trimming routine reaches the same applied result from either input.
Three unrelated files changed in a single diff stream, with no `diff --git` lines to mark the boundaries — the only separator is the next `---` header. Splitters that key on `diff --git` see one file here instead of three.
Indentation is converted from tabs to spaces and one line gains trailing whitespace, so the diff is large and the program is unchanged. It is the fixture for `-w`/`--ignore-all-space` handling and for review UIs that offer a hide-whitespace toggle.
`diff -U0` output: hunks contain nothing but +/- lines, and pure insertions produce ranges such as `-9,0`. Coverage and blame tools that need zero-context diffs hit this shape constantly, and hunk mergers that assume at least one context line get the offsets wrong.
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